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- 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。
- 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。
- 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
- Hypocotyl explant 下胚轴外植体
- A section of liver explant is provided. 切片示切除的肝脏。
- Hypocotyl 15-30 cm, apex sharply pointed. 下胚轴15-30厘米，先端锐尖。
- 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。
- Cytyledons and future stalk called the hypocotyl elongate. 子叶和未来称为下胚轴的主轴延长。
- 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
- 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
- Plant regeneration from cotyledon and hypocotyl explants of pepper in vitro and high efficient system establishment of plant regeneration 辣椒子叶和下胚轴的离体培养及高效再生体系的建立
- 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。
- 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。
- The transformation frequency of flax hypocotyl was about 2%. 表明它们是转化植株，转化频率约为2%25。
- 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。
- Factors affecting explant browning in tissue culture of Hippophae rhamnoides L. 几种影响沙棘组织培养外植体褐化因子分析。
- Establishment of Hypocotyl Regeneration System of Capparis spinosa L. 药用植物刺山柑快繁再生体系的建立。
- 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。
- 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
