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- Cotyledon explants were better recipient for transformation of M. sativa L. 苜蓿子叶外植体是较理想的转化受体。
- In Vitro Culture and Plant Regeneration from Cotyledon Explants of Capsicum chinense Jacq. 黄灯笼辣椒子叶离体培养与植株再生。
- AgNO_3 plays an important role in controlling the browning of cotyledon explants, and 6mg/L AgNO3 is recommended. 6mg/L AgNO3能很好地控制外植体的褐化,促进芽分化和芽伸长。
- 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；
- Methods: Hairy root of Isatis indigotica was ob tained from infected cotyledon explants after infection with Agrobacterium rhi zogenes strains A4, R1601 and ATCC15834. 方法:分别用发根农杆菌A4，R1601和ATCC15834三种菌株感染菘蓝的子叶外植体，获得毛状根，并筛选了优质株系；
- The frequency of shoot regeneration from cotyledon explants of fifty days fast vegetable and Zhejiangzaoshu No. 5 is higher. So both varieties were used as the material for transgenic experiment. 子叶外植体的芽分化率以50天快菜和浙江早熟5号为高，故此以这两个品种作为转基因的试验材料。
The study has developed an efficient and fast method for shoot differentiation from cotyledon explant of colour cayenne pepper. 选用辣椒(CapsicumannuumL )杂交F1代2个彩色品种(橙色和紫色)的子叶进行诱导不定芽分化、生长及生根试验,建立了2个彩色辣椒品种的快速繁殖植株再生体系。- Cotyledon explant 子叶外植体
- In Vitro Culture of Cotyledon Explants of Cucurbita moschata 艾西丝’南瓜子叶的离体培养
- A section of liver explant is provided. 切片示切除的肝脏。
- Cotyledon and cotyledon node are all good explant for cucumber transformation compared to hypocotyledonary axis. 在黄瓜转化与再生过程中，选择黄瓜子叶、子叶节作为外植体优于下胚轴。
- So I can understand as soos as you explant to me. 原来如此!一经你解释我就明白了。
- Effects of Zeatin and IAA on Plant Regeneration of Tomato Cotyledon Explants 玉米素和IAA对番茄子叶再生的影响
- In vitro shoot differentiation from cotyledon explants of colour cayenne pepper 彩色辣椒子叶离体培养研究初报
- Its cotyledon node zone is telome elongation type. 它的子叶节区类型为顶枝伸长型。
- In vitro shoot differentiation from cotyledon explants?of colour cayenne pepper 彩色辣椒子叶离体培养研究初报
- The activity of PAL was increased as explant turned black. PAL活力随外植体褐变的增强而逐渐增加。
- The cells were cultured by explant culture and enzymatic digestion. 组织化学染色和异种移植。
- The explant tissue culture was compared with the typsin digestion culture. 对比了组织块培养和消化培养两种培养方法。
- A shoot regeneration system from cotyledon of Helianthus annuus L. 油葵子叶外植体不定芽再生体系的建立。
